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XY Resolution | 62 microns |
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Light Source | LED |
Technology | DLP |
Z Resolution | 1 micron |
Software | Asiga Composer |
Build Volume | 119 × 67 × 75 mm |
Connectivity | USB, Ethernet |
Power Requirements | 100-240 V, 50/60 Hz |
Printer Dimensions | 260 × 380 × 370 mm |
Instructions for safely unpacking the Asiga MAX 3D printer.
Essential steps for initial printer setup and system calibration.
Configure language and register warranty code for the MAX printer.
Securing the build platform onto the printer's vertical axis.
Calibrating the build platform's zero point for accurate print adhesion.
Zeroing the position encoders for precise build platform movement.
Procedure for installing the resin vat into the Asiga MAX printer.
Adding resin and cleaning the vat bottom for optimal prints.
Setting and managing the build chamber temperature.
Initiating, pausing, and stopping print jobs via the printer interface.
Connecting to the printer's web interface for remote control.
Monitoring and managing print jobs within the web interface.
Operating the printer's touch screen interface remotely via web.
Adjusting build extents and other system parameters through the web interface.
Viewing detailed printer status, logs, and network information.
Updating printer firmware and finding technical support contact details.
Safely detaching finished parts from the build platform.
Cleaning resin residue using a two-bath isopropanol method.
Applying UV light to fully cure parts and achieve maximum strength.
Configuring the lowest travel limit for the printer's Z-axis.
Inputting vat film thickness for precise build layer formation.
Adjusting the projection lens for optimal image sharpness.
Calibrating the UV LED intensity using an external radiometer.
Understanding and configuring the printer's safety and status sensors.
Using the spot timer for controlled material exposure experiments.
Resetting user settings and build logs on the printer.
Measuring and calibrating build platform deflection for accuracy.